]]>The Liberty University Robotics Club placed seventh out of 10 in the VEX Robotics Competition Feb. 5, 2016, which took place in southern Maryland.

According to the club president, sophomore Jonathan Woosley, the team had not planned to even enter the competition. However, because of student interest and faculty support, they made a list of all the components they needed to compete and presented it before the dean of the engineering department in order to get sponsored.

“(The VEX competition is) basically like a really, really, really glorified Lego competition, and every year, the challenge changes,” Woosley said. “This year we basically had to do a basketball competition where they had these little balls scattered all over the field, and (the robot) had to go around and collect them. Whoever shot the most balls into the net won. … We only had a couple weeks to actually build the robot, so we were a little bit cramped.”

He said Liberty was competing against some of the best robotics teams on the East Coast, as four of the other teams who competed had qualified for worlds last year.

“We were ranked fifth throughout the entire day, and then our last match, one of our robots malfunctioned and we dropped to seventh,” Woosley said. “However, that was our first year. … So, next year our goal is to make it to worlds. … We’re all pretty confident that we can do that.”

The world competition will take place in Kentucky in April 2017. Part of the team’s confidence of going to worlds derives from them having a much longer time period to build their robot and practice beforehand.

Woosley, who has been interested in engineering since he was 13 years old, joined the club his freshman year. He said the robotics club began six years ago with students Matthew Lewis and Nathan House. They were fifth-year seniors when Woosley joined the club, and they were looking for the next leaders.

“I came in as a freshman and had no idea what I was doing, but I was gung-ho,” Woosley said. “I was eager to learn, and so they ended up making me the president. … They started (the club) eventually with the goals of being able to go to the different competitions. … This year was the year that we were actually able to start competing and start going on to the next level.”

Approximately 30 students of various majors make up the Liberty Robotics Club and are split between two major teams and many other, smaller side projects as well.

The VEX team is geared toward freshmen and sophomore members who can compete in a less complex competition. The other team, for juniors and seniors, is planning on competing in a more complex competition that will require more research and creativity, Woosley explained.

The competition, which took place March 4th in Utah, is an international one hosted by the Mars Society, and 63 teams from more than 20 countries competed. Woosley said they built a full-scale Mars Rover.
“We’d like to start transitioning to some of the more higher-end competitions, but we wanted some place to start off,” Woosley said. “The VEX competition gives a really good transition for students that come straight from high school that are interested in engineering and have never done it before.”

The Liberty Robotics Club meets every Tuesday at 6:30 p.m. in the engineering department on the third floor of DeMoss Hall. There are also many sub-meetings throughout the week, depending on the different teams. For example, the Mars group is split up between four small teams: electronics, mechanical, communications and programming. Each team meets once or twice during the week.

Woosley said the Robotics Club is open to students of all majors who are interested. They currently have several mathematics majors, a chemistry major, as well as electrical, mechanical, computer and industrial engineering majors.

“Having the variety of majors … allows them to focus on what they’re specifically meant to do,” Woosley said. “It’s not just exclusive to engineering majors. … It’s definitely a multi-faceted club at this point.”

Woosley said the club has come a long way, and he feels confident in its abilities for the upcoming competitions.

“This year has been really encouraging for me (because) the administration has been really supportive of us in giving us the equipment, the space that we need, and all the resources,” Woosley said.

]]>https://www.liberty.edu/champion/2016/03/liberty-university-robotics-club/feed/0Robotics Club Takes on the Engineering Worldhttps://www.liberty.edu/champion/2013/09/robotics-club-takes-on-the-engineering-world/
https://www.liberty.edu/champion/2013/09/robotics-club-takes-on-the-engineering-world/#commentsTue, 10 Sep 2013 20:35:38 +0000http://www.liberty.edu/champion/?p=22754The Liberty University Robotics Club (LURC), located within the School …

]]>The Liberty University Robotics Club (LURC), located within the School of Engineering and Computational Sciences, is giving its members the opportunity to apply their knowledge in a practical way.

Matthew Lewis, president of the Robotics Club, said that the club “exists to provide engineering and computational science students the opportunity to collaborate on projects consisting of software and electronics, and obviously the robotics platforms.”

The club was formed in the fall of 2011, and according to Lewis, it has adopted more complex platforms since then. He said the club began with VEX, which is a program that has prepackaged robotics kits, but now the club uses a platform known as Arduino.

Lewis said the club actually prepared a cardboard maze, and by using the Arduino platform, they were able to program a robot that successfully navigated through the maze.

The Robotics Club is preparing to adopt a new platform that is even more efficient than Arduino. The platform is called Myrio, and according to Lewis, it will enable the students to create much larger applications.

Dr. Kyung Bae, associate professor of electrical engineering, said the new Myrio platform will “allow students to focus more on the design and algorithm aspect rather than just writing software.”

The Robotics Club is also excited about the possibility of partnership. Though there is no guarantee, Lewis said the club is discussing plans to partner with several engineering companies within the Lynchburg area.

In the future, Bae said that he would like to see the club visit high schools and reach out to students. He believes it is important to show them all the possibilities engineering has to offer before they enter college.

The Robotics Club is currently not involved in any competitions, according to Lewis. However, he believes this is a chance to step back and allow their members to work on programming fundamentals.

“We’re picking projects and goals that would prepare us for a competition,” Lewis said. “And those goals and projects do have real-world meaning.”

But according to Lewis, competitions are not what drive the LURC.

“Our desire is to mentor the next generation of students that are coming through to prepare them, not just on how to understand what they’ve learned in the class, but how to apply it in real-world solutions,” Lewis said.